High-performance and Resilient Seated Butterfly Valves for Commercial and Industrial Applications

A butterfly valve has a disc that is in the fluid flow path. In the most common style of butterfly valve, the disc revolves around a central axis, the stem, via a 90-degree arc from parallel to the flow direction (open) to perpendicular to the flow direction (closed).  Butterfly valves have a straightforward design with few moving components, making them simple to repair and maintain. The valve has four main parts: the body, the stem, the disk, and the seat. 

The butterfly disk is always in the flow path, but its thin profile has little effect on flow. Butterfly valves are popular because they provide tight shut-off, are available in various materials and sizes, and may be easily automated using a variety of quarter-turn electric and pneumatic actuators. 

You'll find butterfly valves in a wide range of industrial applications, from managing the flow of water to handling far more hazardous industrial fluids. Many industries use butterfly valves, including water treatment, chemical processing, pulp, paper manufacturing, food processing, power generation, etc. 

There are two primary classifications of butterfly valves:

1. High-performance butterfly valves (HPBV)
2. Resilient seated butterfly valves

 

High-performance butterfly valves include carbon or stainless steel bodies with Teflon seats and can withstand more significant pressures and temperatures.  Resilient seated valves usually feature ductile iron or aluminum bodies and operate at lower pressures and temperatures.

Butterfly valve bodies are available in two mounting styles: lug and wafer. Lug bodies include cast-in lugs with bolt hole designs that match pipe flanges. A wafer body valve does not have a mounting hole pattern, and mounting is facilitated by sandwiching the valve between two pipe flanges, with mounting bolts around the valve body. Wafer-style bodies are less costly. An advantage to lug body valves is their use as a dead-end valve, whereas wafer valves are unsuitable for this service.

The stem is a one or two-piece shaft that keeps the disk in place and provides the rotational torque that allows the disk to open and shut. The stem of resilient seated valves has protection from the process media by packing rings, allowing for a more cost-effective solution to regulate the valve's application to various potentially corrosive media. High-performance butterfly valve stems come into touch with process media and must be media suitable. 

The disk is the valve component that comes into direct contact with the process medium and regulates flow. Disks are available in various materials and optionally come with corrosion-resistant polymer coatings. Some butterfly valves include contoured disks that are carefully aligned with the stem to increase flow control, modify torque needs, or give the valve a longer life. 

A resilient seated valve closes via an "interference fit," which means the disk forces itself into the seat. The seat is the soft substance (polymer elastomer) including Buna-N and Nitrile, and should be specified depending on the process medium involved.

High-performance butterfly valves use an interference fit as well, but with significantly tighter tolerances, but also ensure tight seating with assistance from upstream pressure. PTFE or RTFE are the most often used materials for HPBV seats. Metal seats on HPBVs accommodate more significant pressure and temperature applications. 

Like other valves, butterfly valves have applications in which they outperform. To apply the optimum solution to your flow control applications, combine your process knowledge with your product knowledge with the application skills of a proven valve engineering professional. Contact Piping Specialties, Inc. for more information about industrial valves. Visit https://psi-team.com or call 800-223-1468.

Industrial Thermowell Process Connection Types

This video covers the common types of thermowell process connections. The styles are referred to by what their process connection is.

The types are threaded thermowell, a flanged thermowell, a welded or weld-in thermowell, and a sanitary thermowell.

Threaded thermowells are commonly used when thermowell removal occurs infrequently. These wells are typically threaded into a welded fitting widely referred to as a weldolet on the pipe or vessel. Typical installations include smaller pipes or vessels where corrosion is not an issue.

Flanged thermowells are the preferred well for applications that require frequent removal or replacement due to corrosion or other hazards. Flanged wells will bolt to a mating flange installed on the process piping. Typical installations include large pipes with high pressure and high corrosion.

Weld-in thermowells are welded directly to the pipe or tank and provide a high-quality connection. Because being welded in, their removal is not easy, and they should only be installed when quick access is not required, and corrosion is not an issue. Typical installations include very high temperature and high-pressure applications, for example, a steam line or other non-corrosive applications.

Sanitary thermowells are generally fitted with a Tri-clamp or other clean-in-place connection. These thermowells also have a smooth surface which allows for easy cleaning and prevents contamination of the process: typical installations include dairy, food processing, and pharmaceutical industries.

Piping Specialties / PSI Controls

https://psi-team.com

800-223-1468

Water Cut Meters from Drexelbrook

The water cut is the proportion of water collected in a well to the total liquids produced. As crude oil and hydrocarbons travel through a pipeline, a water cut meter monitors the amount of water (cut). BS&W is the amount of non-hydrocarbon contaminants, dirt (sediment), and water included in a crude oil shipment. The lower the BS&W, the better.  Water content determination and BSW have been a persistent and long-standing issue for the oil and gas industry.

Water cut meters measure the water cut (or BS&W) of oil flowing from a well,  a separator, crude oil transfer in pipelines, and tanker loading. 

Drexelbrook has been the global leader in capacitive-based water cut measuring. Drexelbrook has the industry's highest pressure and temperature ratings, and their capacitive probes can withstand pressures of up to 1500 psi and temperatures of up to 450°F. 

The Universal IV CM Series from Drexelbrook is a high-quality water cut meter with a range of 0-50 percent in light oil and 0-80 percent in heavy oil. 

The Universal IV CM Series builds upon Drexelbrook's expertise in RF Admittance, which enables the electronics to disregard paraffin and other coatings that accumulate on the probe. 

The Universal IV CM has a one-of-a-kind Cote Shield built into the Universal IV CM series and allows the instrument to disregard a pre-determined length of the sensing element. It contains a Perm-A-Seal sensing device that eliminates the need for epoxy coatings, which wear out and need costly maintenance. 

Field setup is available anywhere along the two-wire loop when using this water cut meter with Drexelbrook's HRTWin or the STExplorer PC program. 

Choose the Universal IV CM sensing element depending on pipe size, wetted portions, NACE requirements, and pressure/temperature requirements. Drexelbrook has a broad assortment of probes to suit almost any purpose. 

All water cut meters have a built-in LCD and keypad, are pre-calibrated at the manufacturer, and need just one point confirmation. 

The Universal IV CM water cut meter is intrinsically safe and approved for Class I, Division 1, and Zone 0 hazardous areas.

For more infomration in New England, contact Piping Specialties / PSI Controls. Call 800-223-1468 or visit https://psi-team.com.

Piping Specialties is Your Preferred Ball Valve Automation Specialist in New England

Piping Specialties / PSI Controls offer automated ball valve assemblies ranging from 1/2" to 48" that provide first-class quality, outstanding performance, and durability. The Piping Specialties valve automation shop inspects and tests every valve assembly before shipping from our facility. 

The valve automation department at Piping Specialties builds ball valve assemblies that save you substantial time on the job site. Automation specialists are highly trained, and all valve assemblies (both pneumatic and electric) receive functional testing before being shipped out to customers. Valve assembly inspection and validation occur before shipment using serialized and labeled quality assurance documentation. Assembly drawings, actuator sizing verification, and datasheets are available on request. 

Contact Piping Specialties / PSI Controls with your next automated ball valve requirement.

Piping Specialties / PSI Controls
https://psi-team.com
800-223-1468

Extremely Durable 4.5 Inch Process Gauges

The Series PT45P process gauge from REOTEMP endures corrosive atmospheres and media and pulsation and vibration; it is an extremely tough gauge designed for use in the process industries. The solid front and blowout back provide an extremely high level of user safety. Note: Install a diaphragm seal for applications that are highly corrosive, high-temperature, or subjected to rigorous usage.

Series PT45P Features

• Safety Pattern Design
• Solid Front/Blowout Back Safety Case
• All Stainless Steel Internal Parts
• Internal Overload and Underload Stops
• Field Fillable Case
• Micro-Adjustable Pointer with Floating Zero
• ASME B40.100 Design
• NACE MR-0175 and MR-0103 Compliant

Piping Specialties / PSI Controls
https://psi-team.com
800-223-1468

Food Industry Batch Level Control

Many food processing facilities employ batch processes in their production facilities where the operator starts with an empty vessel and create the final product by adding multiple ingredients.

The batch process requires the operator to know the amount of each ingredient added to the blending vessel. Point-level controls speed the process by establishing setpoints at each ingredient fill point,  often accomplished with several level sensors, each detecting one ingredient.

Batch food processing applications are challenging. The sensor must include sanitary fittings and CIP (Cleaned In Place) design. In many cases, the ingredients and final products are dense and sticky, wreaking havoc on some technologies such as mechanical switches and tuning forks. Products in the blending vessel may be thick and could cause damage to fragile sensors. Finally, many batch processes are agitated, causing false tripping due to splashing material. 

As you can tell, proper level sensing technology is critical. Choosing the wrong technology will cause ruined batches, costly downtime, and the possibility of overfilling.

The Drexelbrook Multipoint II offers the best solution for batch process control applications in the food industry.

Drexelbrook, a leading manufacturer of level controls, recommends its RF Admittance Multipoint II. It provides a total solution for the batch processing of food. The RF Admittance Multipoint II is a single sensing element and a single mounting point from the top of the vessel using a sanitary Tri-Clamp fitting and has no moving parts to wear out or get hung up. The Multipoint II sensor is a 3A sanitary designed steel rod with Kynar or TFE insulation developed for CIP procedures. RF Admittance Cote-Shield driven shield circuitry ignores heavy coatings on the sensing element, preventing false alarms. The Multipoint II consists of three independent DPDT relays, and control points are set anywhere along the vertical sensing element.

Drexelbrook Multipoint II Advantages:

• 3A designed sanitary sensing elements
• No moving parts
• 3 control points on one vertical sensing element
• Cote-Shield circuitry eliminates false alarms due to coatings
• Designed to endure Clean In Place (CIP) demands

For more infomration in New England, contact Piping Specialties / PSI Controls. Call 800-223-1468 or visit https://psi-team.com.

All Stainless Steel Ball Valve and Actuator Systems

Ball valves control flow by rotating a spherical ball within the valve, which contains an opening or port, through which liquid can flow when turned to align with the flow direction. When the ball rotates 90 degrees, the port becomes perpendicular to the flow direction, preventing fluid from passing through the valve. Stainless steel construction is advantageous in a flow control ball valve because it is highly corrosion and contaminant resistant, requiring less cleaning and maintenance and often providing a longer service life. 

Stainless steel pneumatic actuators are available in spring return, double acting, fail open, and fail close configurations. A corrosion resistance surface - resistance to most corrosive materials - is one of the advantages of using a stainless steel actuator. The stainless steel pneumatic actuator is excellent for heavy-duty automation, especially in corrosive environments. Stainless steel actuators with a durable stainless steel body manufactured to NAMUR standards continue to perform in the harshest environments. 

Piping Specialties' stainless steel actuated ball valves provide exceptional accuracy and dependability in flow control and open/close operations, critical in manufacturing, chemical, oil & gas, wastewater, processing, and other applications. 

Piping Specialties is committed to providing the most suitable valve for your application. For more information about stainless steel valves, call 800-223-1468 or visit https://psi-team.com.

The REOTEMP Model W Explosion Proof, Field Mounted, HART Temperature Transmitter

Process control instrumentation monitors and controls a process to maintain proper functioning standards and keep it within a proper functioning and safe operating range. Process variables are the parameters or quantities maintained to keep the process within desired and acceptable limits. Instrumentation systems compare process variables to a desired setpoint and then produce offsetting and corrective control outputs. 

Typical process variables are level, flow, temperature, density, pH (acidity or alkalinity), mass, and conductivity. 

Temperature is a measurement of how hot or cold something is, whether it's an object or a process medium. The temperature setpoint is the process variable's target value for optimum control, quality, and safety. In a process where the temperature stays within plus or minus 1 degree Celsius of 100℃, the setpoint is 100. 

Temperature transmitters are instruments that convert a weak thermocouple or RTD signal to a robust analog (4-20mA or HART) or digital (Profibus or Fieldbus) signal. The temperature sensor and the final control device communicate through the transmitter. Since transmitters provide more robust analog or digital outputs, external signal conditioning and amplification devices are eliminated, thus lowering costs.

The REOTEMP Model W Explosion Proof Field Mounted HART Temperature Transmitter includes a local display, HART compatibility, and a 4-20mA output. The field-mounted transmitter is available as a complete RTD or thermocouple assembly customized to your process. 

The REOTEMP Model W includes linearized temperature measurement with TC and RTD sensors (Pt100 and Ni100) inputs, local display, HART communication, and 4-20 mA analog PV output for individual, difference, or average temperature measurement. It can handle two RTD or TC input sensors, and up to 63 transmitters (HART 7) can connect in a multidrop communication setup.

For more infomration about REOTEMP products in New England, contact PSI Controls / Piping Specialties, Inc. Call 800-223-1468 or visit https://psi-team.com.

Submersible Level Transmitters

AMETEK’s Submersible Level Transmitters are one of the most complete lines in the industry for measuring industrial and water/wastewater plant level. From the low cost Model SDT with a light weight 316 Stainless Steel body that can measures levels up to 345 feet, to the Model 575 and 675 with a 316 Stainless Steel body and Hastelloy diaphragm that can measure up to 690 feet with CSA intrinsically safe approval for hazardous locations, such as lift stations, process sludge tanks, AMETEK offers a series of different products to meet your level needs.

For more information in New England, contact PSI Controls or Piping Specialties. Call 800-223-1468 or visit https://psi-team.com.

“V” Port Ball Valves for Control and Simplicity

A-T Controls / Triac "V" Series Ball Valves are ideal for achieving more precise control while maintaining simplicity and sealing features. A-T Controls offers 1/2" – 4" 3-piece and 1/2" – 6" flanged sizes. Standard "V" notch angles are 30°, 60°, and 90°. While manual valves are available, A-T Controls specializes in automating them to meet your specific control needs. 

V-port valves provide more accurate and consistent control than traditional round ported ball valves.
A-T Controls manufactures "V" port valves with the control port cast and machined into the ball rather than the seat, resulting in significantly improved flow characteristics and the elimination of the need to replace seats. The 30° option provides finer tapered control throughout the valve rotation, while the 60° and 90° options offer a higher Cv as well as controlled flow. 

The V7 valves come standard with a PTFE seat, while the V8, V9, and FVD9 V-port valves come standard with a 50/50 STFE seat. The 50/50 SST powder/PTFE blend provides both strength and superior sealing properties.

For more information, contact Piping Specialties, Inc / PSI Controls. Call them at 800-223-1468  of visit their website at https://psi-team.com.

The Drexelbrook DR3500 80 GHz FMCW Radar for Liquids With Hygienic Requirements

The Drexelbrook DR3500 is a two-wire open-air radar level transmitter ideal for measuring liquids in hygienic and sanitary applications. 

The DR3500, FMCW 80 GHz radar level transmitter provides cutting-edge performance for liquids in sanitary applications. The DR3500 offers a wide range of hygienic process connections, including flush-mounted PEEK Lens antennas. These are CIP/SIP compatible, and this model has a small dead zone and beam angles, making them ideal for small and narrow tanks. 

PEEK Lens antennas can measure levels up to 50m / 164 feet. This continuous, non-contact level measurement transmitter is ideal for high and narrow tanks and small and agitated tanks. 

The DR3500 is a two-wire radar level measurement instrument with an easy-to-use touch screen user interface and a clear navigation display. This level transmitter can determine the actual level in the tank even with agitated surfaces due to its robust signal processing and large bandwidth.

Key DR3500 Features

• Process conditions up to +300⁰F (150⁰C) and 362 psig (25 barg)
• Extensive choice of hygienic process connections
• Small dead zone and beam angle for small and narrow tanks
• Flush-mounted PEEK Lens antenna: CIP/SIP suitable
• 3 Year Warranty

NON-CONTACT LEVEL MEASUREMENT

FMCW radar transmitters enable continuous, contactless level measurement of liquids, pastes, granulates, powders, and other solids across a wide range of industries. 

DR3500 Industries:

• Pharmaceutical
• Biotech
• Biopharma
• Food & Beverage

For more information in New England, contact PSI Controls / Piping Specialties. Call 800-223-1468 or visit https://psi-team.com.

The Reotemp TDS Pressure Transmitter and Switch With Display

The Reotemp TDS pressure transmitter and switch with display features include 0.25% accuracy, display, and electrical connections are independently rotatable 335°/343°, analog outputs switchable between 4-20ma or voltage, rugged construction, with protection from shock, over-range, and over-voltage. Additionally, the TSDS calibration range is adjustable and provides excellent long-term stability.

For more information on Reotemp products in New England, contact PSI Controls / Piping Specialties. Call 800-223-1468 or visit https://psi-team.com.

The COMPACT Quarter-turn Rack and Pinion Pneumatic Actuator

The Habonim COMPACT actuator is a quarter-turn rack and pinion pneumatic actuator that doubles the torque of conventional pneumatic actuators. Habonim's patented four piston design, which generates torque around a centrally located piston, is responsible for superior performance, translating to double the power for the same size actuator or half the size for the same power. 

The COMPACT has four small cylinders, one on each of the cube's four sides. The smaller pinion and minimized travel distance of the pistons in the COMPACT require less air pressure to produce the same torque output as a larger double piston actuator. As a result, there's a reduction in emergency shutdown response, air consumption during operation, and maintenance.  Habonim's unique quarter-turn COMPACT actuators have the superior performance of twice the torque per size, much longer cycling before any care, high opening and closing speed, and exceptional durability in the most demanding industrial environments. 

STANDARD ACTUATOR FEATURES

NAMUR & ISO interface

A wide range of accessories such as solenoids, positioners, and limit switches are available for direct mounting to the COMPACT actuator, and any accessory with ISO 5211 and VDI/VDE 3845 (NAMUR) will mount to the actuator. 

NAMUR VDI/VDE 3845

This standard specifies various accessories with VDI/VDE interfaces, such as limit switches, pucks, indicators, and positioners, with simple mounting onto the actuator top face. 

NAMUR solenoid mounting

One of the four actuator covers available includes a pad for solenoid mounting per the NAMUR international standard. Any solenoid that conforms to the NAMUR interface can be directly mounted to the actuators, simplifying solenoid installation and eliminating the need for additional piping. Because the pressurized air supply is available at the port entrance, it also allows for quick actuation response. 

ISO 5211

The actuator bottom flange conforms to the ISO 5211 international standard and includes a star-shaped female drive to accommodate a wide range of valve output shafts. The valve can be attached to the actuator with a bracket or mounted directly onto the actuator using one of the ISO hole patterns.

COMPACT actuators are part of control packages in various industries and providing superior performance in the cycle times, size, weight, compressed-air consumption, and reliability in high cyclic applications. 

For more information in New England, contact:

Piping Specialties / PSI Controls
https://psi-team.com
800-223-1468

Serving New England with Premium Valve Automation Systems

Piping Specialties is your preferred valve automation specialist in Maine, Vermont, Massachusetts, New Hampshire, Rhode Island, and Connecticut. Piping Specialties handles projects of all sizes for manual and automated valves, providing specification development, design, engineering, assembly, and testing of valve packages. Using CAD software, our associates can give complete drawing packages and plans to ensure the automated valve solutions we provide will fit your applications and meet specifications.

Piping Specialties has established itself as one of New England's premier valve automation centers by combining years of experience with the industry's top manufacturers of valves, valve actuators, and controls. PSI's application experience, engineering know-how, and highly trained technicians make them an easy choice to be your preferred valve automation partner for the design, fabrication, assembly, and installation of any valve actuation/automation project.

Choose Piping Specialties for all your valve automation needs. For more information, visit https://psi-team.com or call 800-223-1468.

New Partnership in New England: Habonim Valves and Actuators

Habonim designs and manufactures floating, trunnion, cryogenic, high pressure, and metal seated ball valves. Additionally, they manufacture pneumatic actuators and complex manifold assemblies. Their products excel in the most demanding industries, including oil and gas, chemical, petrochemical, pharmaceutical, and mining. Habonim products comply with the strictest industrial and international standards with a constant focus on safety and environmental considerations.

Piping Specialties is pleased to partner with such a well-established and high-quality manufacturer. 

Piping Specialties / PSI Controls
https://psi-team.com
800-223-1468

Replace Inaccurate and High Maintenance Displacer Level Controls With RF Admittance Technology

 Cost Effective Alternative to Displacer Level Measurements

THE PROBLEM

• Displacer accuracy is dependent on the specific gravity of a fluid. Varying specific gravities and “off spec” product result in significant measurement errors.
• Coating build-up on the displacer body produces errors.
• “Blowdowns” to clean displacer internals and cages is time consuming and expensive.
• Rebuilds due to component wear add significantly to the total cost of ownership.
• Interface measurements are more sensitive to slight specific gravity variances and result in separator throughput lower than the design specification.

THE SOLUTION

• AMETEK Drexelbrook Radio Frequency (RF) Admittance technology eliminates all of the inherent problems with Displacer technology level measurement.
• RF is immune to changes in specific gravity, density, temperature, and pressure.
• Accuracies to 1⁄4 inch of level in short span installations.
• No moving parts to wear, No periodic maintenance.
• Replacement cost differentials covered by eliminating one rebuild.

Piping Specialties / PSI Controls
https://psi-team.com
800-223-1468

NS Series NSF/ANSI 61 & 372 Certified Ball and Butterfly Valves

The NS Series floating ball valves and NS Series butterfly valves from A-T Controls are NSF 61 (Drinking Water System Components- Health Effects) and NSF 372 certified (Drinking Water System Components- Lead Content). NSF 61 means that NS Series valves are certified in water treatment, water purification, potable water, and water distribution systems (Underwriters Laboratories) and meet North American lead content criteria for “lead-free” plumbing.

Get the Product Guide Here

Piping Specialties / PSI Controls
https://psi-team.com
800-223-1468

The Azbil AX24R Reduced Bore Vortex Flowmeter

EXTENDED MEASURING RANGE FOR LOWER FLOW RATES

Much of the measuring range of a standard vortex flowmeter is at higher fluid velocities. Because of this, measurements at low flow conditions may be missed due to the low flow cutoff. To remedy this issue, users often install pipe reducers and a smaller than line size vortex meter to increase fluid velocities through the meter. The Azbil AX24R reduced bore vortex flowmeter has integrated reducing flanges, eliminating the need for separate pipe reducers and spool pieces. This integrated reduction extends the measuring range to capture lower flow rates.

CAPTURES STEAM FLOW IN BOTH HIGH AND LOW DEMAND SEASONS

Steam usage in heating systems can vary widely based on seasonal demands. These systems are commonly sized with the high demand season (colder weather) in mind, and little thought is given to the low demand season (warmer weather). This leads to a situation where steam flowmeters are oversized and may miss flow measurements at low flow conditions. AX24R reduced bore vortex flowmeters have an extended low flow measuring range, capturing both high and low demand seasons.

REDUCED INSTALLATION COSTS

Like most flowmeters, vortex flowmeters have requirements for unobstructed upstream and downstream piping lengths to ensure a proper flow profile through the meter. Adding pipe reducers adds cost and complexity to the piping design since those unobstructed piping lengths are required before and after the pipe reducers.

The AX24R reduced bore vortex flowmeter has integrated reducing flanges, eliminating the need for separate pipe reducers and spool pieces. Drastically reducing both the complexity and cost of the meter installation.

SAME FACE-TO-FACE DIMENSION AS A STANDARD VORTEX METER

AX24R reduced bore vortex flowmeters have the same face-to-face dimension as a standard AX24 flowmeter for pressure classes up to ANSI 600. So if process conditions change, the meter body size can be changed without any costly piping modifications. This is especially useful in project planning, as it allows for flexibility into the future.

For more information on the Azbil AX24R in New England, contact Piping Specialties / PSI Controls. Call 800-223-1468 or visit https://psi-team.com.

Industrial Process and Commercial Pressure Gauge Selection

Download the US Gauge Product Selection Guide from this link.

Pressure gauges are ubiquitous in practically all industries on machines all around the world. At the same time, there are millions of different combinations of shapes, sizes, options, and materials. It's imperative to follow these five application factors for safe use and extended product life.

Process Media

Because direct contact of the sensing element to the process media is possible, any caustic media, particle media, or media that can harden and clog the pressure gauge element, must be avoided. Using a direct connection and Bourdon tube sensor is satisfactory for a non-clogging, non-corrosive medium. Use a diaphragm seal for process media that could cause blockage or be corrosive.

Temperature of the Process Media

Very hot media, such as steam or hot water, can raise the internal temperature of the gauge, resulting in failure or a dangerous state. For high-temperature applications, use a gauge "siphon" or diaphragm seal.

Environment and Ambient Operating Temperature

It is critical to understand the rated ambient environment for any instrument. Elevated ambient temperatures, dampness, vibration, and corrosive environments can all impact accuracy, calibration, and safety. If oxidizing or reducing atmospheres exist, select the appropriate case and mechanism materials, and consider installing supplementary devices, such as remote diaphragm seals, to move the gauge.

The Potential for Severe Pressure Fluctuations

The addition of pressure restrictors, snubbers, or liquid-filling will increase the service life of the pressure gauge in applications where dramatic line pulsations or high over-pressure conditions are possible.

Installation Orientation and Connection Type

Bottom (radial) and rear connectors are standard on pressure gauges. NPT (National Pipe Thread Taper) threaded connections are the most common. However, numerous different process connections are available, including straight threads, metric threads, and specialized fittings. Make sure you understand how the gauge is connected. Pressure gauges should almost always be upright when installed.

Piping Specialties / PSI Controls is standing by, ready to help you apply the correct pressure gauge for your application. Call us at 800-223-1468 for more information on pressure gauges.

Piping Specialties / PSI Controls - New England's Premier Valve and Instrumentation Source

Piping Specialties, Inc. was created in 1975 to provide industrial users in the Northeast with specialty valves and mechanical products and unsurpassed customer service. Piping Specialties' customer base and product offerings have grown steadily and sustainably over the years.  PSI Controls provides system design, sales, and service of process controls and instrumentation. PSI Controls offer a broad range of engineering expertise and experience in applying automated valves and process instrumentation in the most demanding applications.

Piping Specialties / PSI Controls

https://psi-team.com

800-223-1468